MJC-8 Q400 PILOT EDITION Version 1.0. Control Panel Guide

Transcription

1 MJC-8 Q400 PILOT EDITION Version 1.0 Control Panel Guide Copyright Majestic Software 2012,2013 1

2 Contents 1. Introduction EFIS page SYSTEM page Flight Controls page Engine Controls page Weight and Balance page

3 1. Introduction The Control Panel application (or CPAN) is used to configure the numerous aspects of the Majestic Software MJC8Q400 addon. To make the full use of the capabilities provided by CPAN, it is important to understand how exactly the configuration is performed within each of the aspects. In general, most of the information the CPAN works with, is saved within the mjc84.ini file (found in the /ini folder of the MJC8Q400 aircraft installation). The Control Panel application can be accessed from the Windows Start menu, under the Majestic Software, MJC8Q400 section. Upon the start, CPAN will load the mjc84.ini parameters. The changes made by the user on any page (except for Weight&Balance page), will be saved back into the mjc84.ini file. It is important not to modify the mjc84.ini file manually while the cpan is running, as your manual changes will most likely to be over-written, at latest when closing the application. The Weight and Balance page however does not reference the mjc84.ini file parameters. Instead the configuration resulted from the W&B calculation is sent directly to the MJC8Q400 addon via the Microsoft FSX Simconnect interface. 3

4 2. EFIS page The EFIS page sets the following parameters within the mjc84.ini file: KG versus LBS units. This setting affects the fuel quantities and flows indication of the aircraft, as well as setting the units for Weight&Balance page. Please note, that the new weight units selection will only take effect on the Weight & Balance page upon the CPAN application restart. The atmospheric pressure units will affect the corresponding setting of the Primary Flight Displays. The graphics section quality and refresh rate can be used to find the best balance between the simulator frame rate and the EFIS quality. It has been shown, that the EFIS screens as the main frame rate consumers within the MJC8Q400 cockpit. Changing the Quality from High to Medium will improve the CPU power consumption by all the screen, roughly by the factor of 2. In addition the Refresh Rate will affect the speed with which the screens are redrawn as follows: FAST : every visual frame, MEDIUM : every 2 nd frame, SLOW : every 4 th frame, SLOWEST every 8 th frame. 4

5 3. SYSTEM page The MJC8Q400 addon has a complex multithreading infrastructure, with different threads running with its own rates, to make the best use of the multiple processing cores. There are numerous additional settings available directly in the mjc84.ini file, and the 2 most important of them are configurable in CPAN: The default timer, which is used to synchronize the threads within the MJC8Q400, is the Queue Timer. This Windows timer provides a robust performance and better stability than that of an older Multimedia timer. However, it can happen that certain applications (incorrectly written) block the particular timer calls, resulting in virtually all the timer-dependant applications to running incorrectly or even ceasing to function. In this case it might be necessary to switch the timer to an alternative setting. It was also shown that the Multimedia timer might have greater stability under the Windows 8. As you might know, our addon runs its own FDE (Flight Dynamics Engine), which is totally independent from the Microsoft Flight Simulator. To provide the greater aero-dynamic accuracy, the engine executes at a fixed rate of 125Hz. Due to the fact however, that the Microsoft Flight Simulator runs on a different visual rate than the FDE, from time to time there will be inconsistencies caused by the position data not exactly matching the visual frame data. This 5

6 inconsistency can be reduced by setting the FDE to FSX sync option, in which case the FDE will pay attention to the visual frames of the flight simulator and apply slight timing corrections in order to precisely match the timing of the Flight Simulator. Please note however, that this option must be disabled when the unlimited FPS option of the Flight Simulator is selected, which is due to the higher frame rate oscillations. 6

7 4. Flight Controls page * The Flight Simulator must run on the background. This page can be used to precisely calibrate the Flight Controls. Flight controls data flow The MJC8Q400 reads the flight control axis information from the FSX, applies a transformation based on the coefficients from the mjc84.ini file and sends the resulted output to the Flight Controls surfaces of the aircraft. In the case of elevators, ailerons, rudder and a tiller, the transformation is done as follows: FDE OUTPUT = (FSX INPUT CENTER)*SENSITIVITY In the case of the brakes however, the transformation is discrete. The application of the brakes will not begin until the input value exceeds the OFF parameter, and will reach maximum at the ON parameter. Performing the calibration For every axis except for the brakes, the calibration is done as follows: 7

8 1. Center the controls. Enter the indicated INPUT value into the CENTER field 2. Apply the full left and right deflections, find the SENSITIVITY parameter which would result in the full scale OUTPUT marker movement. * It is highly recommended to ensure the full deflection of all the flight controls. Our Flight Dynamics Engine was carefully tuned to reproduce the behavior of the real plane, under condition that the full deflection is available. To tune up the brakes: 1. Make several brakes application, release the brakes 2. Push the brake slightly to the setting which you would like to have for the minimal brake application. Note and copy the INPUT value into the OFF field 3. Push the brake completely in, note the INPUT value, reduce the value slightly (say, by factor of 512), to make sure the maximum application is reached shortly prior to the complete brake axis deflection. Enter the desired value into the ON field. Verify the desired braking output, shown by the OUTPUT scale. Changing the Steering Control Mode Due to the fact that the Dash-8 steering requires a steering tiller to operate on the ground, we provide several ways to control the tiller: Mouse only : It is always possible to drag the tiller handle (in the virtual cockpit) with the mouse. Ailerons+Mouse : Tiller will be linked to the aileron axis below 40kts Indicated Airspeed. When selecting this option, do not forget to defer the application of the ailerons on takeoff and landings (especially for crosswind compensation) Spoiler axis : The FSX spoiler axis are operating the tiller. Use this function when the dedicated hardware steering axis are available. 8

9 5. Engine Controls page * The Flight Simulator must run on the background. The calibration of the Engine Controls ensures your hardware precisely set to correspond to the internal MJC8Q400 engine controls. The controls are calibrated by setting the hardware lever to the desired level for each position listed on this page, and manually entering the indicated INPUT value into the field corresponding to that position. After the settings for all the positions are complete, the APPLY button is pressed to write the resulting calibration data back into the mjc84.ini file. 9

10 6. Weight and Balance page * The Flight Simulator must run on the background. The Weight and Balance page allows for loading and refueling the aircraft, as well as verifying that the current load will fall within the allowed envelope. The interface for this page correspond to the standard, most airline are using to evaluate the load for this particular aircraft. The units for this page can be either Kilogram (KG) or Pounds (Lb). The units selection can be done on the EFIS page. Please note that for the selection to take place, the Control Panel application must be restarted. The following fields must be filled in order for the weight and balance to be calculated: 1. Baggage data There are 2 baggage compartments that can be loaded, Forward and Aft. First the mass of each load is entered into the Mass fields, than the number for Delivery At Aircraft bags is typed into the DAA fields. Upon the calculation, the total mass for each compartment will be indicated in the SUMM fields. Should the calculated mass for any compartment 10

11 exceed the maximum load shown in the MAX field, that mass will be indicated in red color. 2. Passenger data Passenger data is entered for each of 4 sections (please see the picture of the aircraft plan at the top of the page). The MAX field indicates the maximum number of passengers that can be seated in a particular section. 3. Basic Mass and index, Fuel Mass The DOM, or Dry Operating Mass is than entered into the dialog. The DOM is the most common weight concept used by the airlines, as opposite to the Empty Weight, more often utilized by the General Aviation. The DOM can be defined as the mass of the aircraft, crew, catering and fluids (water, oil, braking fluids..), everything except for the passengers, baggage and fuel. We have prefilled this value with 18434Kg, which is a usual DOM for a middle range flight. The next field, called DOI, means Dry Operating Index and reflects a deviation in the configuration, depending upon the type of flight performed. It can reflect the reduced or increased number of flight crew, or different catering options. In this product we assume a typical DOI of After the Operating Data, the Fuel Mass for the fuel that the aircraft will carry at takeoff, is entered into the T/O FUEL field. The amount of fuel that is to be burned during the trip is entered into the TRIP FUEL field. When all the data above are entered, the CALCULATE button is pressed to make the W&B calculation. If the results are found acceptable, the SEND DATA TO FLIGHT SIM button is pressed to apply the entered load and the fuel to the MJC8 Q400 addon. Upon the successful data transfer the Flight Simulator will be put in a paused state. * Please note, that the MJC8 Q400 addon must be loaded into the flight simulator for the data transfer to function. * Please note, that the applied data will be lost should the user load a different flight, or apply the flight reset function. To prevent loosing the load data, it is recommended to save the flight as soon as practicable after loading the aircraft from the Weight & Balance page. The resulted from calculation data is presented both numerically and graphically in the following 3 sections: 11

12 4. Useful load The useful load data allows the pilot to take an additional last minute load. First, the current amount of the useful load is shown in the TRAFFIC LOAD field, which equals to the weight of passengers added to the weight of the baggage. Than most importantly, the UNDERLOAD entry shows how much more load the aircraft can take, before it exceeds ANY of 3 maximum allowed weights (Zero Fuel Weight, Takeoff and Landing weights). Effectively upon the load completion the pilot can still take up to the UNDERLOAD of additional weight. 5. Final Weight & Balance The data in this section is shown for each of the 3 cases: Zero Fuel configuration, Takeoff configuration, Landing configuration. For each of the configurations, the following parameters are indicated: Manufacturer specific Trim Index: This index has the same units as the DOI index, and is used for more convenience as compared to the MAC percentage. The index is used in both the numerical and the graphical representations in the sections 5 and 6, and indicates visually how much reserve the aircraft balance still has trim-wise. MAC%. This is a location of the Center of Gravity within the Mean Aero dynamical Cord length, in Percent. MASS is the calculated mass for the current configuration MAX is a maximum allowed mass for the current configuration Should any parameter exceed the allowed envelope, the color for that parameter will change to Red. 6. Weight and Balance envelope This envelope graphically presents the Load and Balance limits for the aircraft, with the mass units shown along vertical, and the trim units along the horizontal axis. The load for each of the 3 configurations is shown by a square, overlaying the graph. 3 thin horizontal lines indicate the maximum allowed weight for each of 3 configurations. Should the square location appear outside the allowed trim envelope, the square color will change to Red. 12